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ADN-DMR-Peer-Server/src/adn_server/infrastructure/bootstrap/peer_server.py

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# ADN DMR Peer Server - peer runtime bootstrap
#
# Copyright (C) 2026 Rodrigo Pérez, CE5RPY <ce5rpy@qmd.cl>
#
###############################################################################
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software Foundation,
# Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
###############################################################################
"""Wire use cases, listeners, and reactor loops (extracted from main)."""
from __future__ import annotations
import logging
import os
import signal
import time
from typing import Any
from twisted.internet import reactor, task, threads
from adn_server.application import (
IdentUseCases,
ReportingUseCases,
ReportSender,
RoutingUseCases,
VoiceUseCases,
)
from adn_server.application.dynamic_tg_use_cases import DynamicTgUseCases
from adn_server.application.proxy.deployment import (
is_proxy_inject_only,
normalize_proxy_target,
proxy_target_system,
)
from adn_server.application.report.queue import BoundedReportQueue, QueuedReportSender
from adn_server.infrastructure.udp_rcvbuf import apply_udp_rcvbuf, udp_rcvbuf_bytes
from adn_server.application.runtime_context import (
ConfigProxy,
RuntimeContext,
RuntimeContextHolder,
prepare_reload_config,
swap_runtime_config,
)
from adn_server.application.subscription.store_sync import replace_store_from_routing_table
from adn_server.domain import bytes_3
from adn_server.domain.dmr.bptc import encode_emblc
from adn_server.infrastructure.acl_router import InMemoryAclRouter
from adn_server.infrastructure.config_normalizer import (
ensure_system_runtime_config as _ensure_system_runtime_config,
)
from adn_server.infrastructure.config_normalizer import (
expand_generator as _expand_generator,
)
from adn_server.infrastructure.config_normalizer import (
normalize_obp_config as _normalize_obp_config,
)
from adn_server.infrastructure.config_normalizer import (
normalize_peer_config as _normalize_peer_config,
)
from adn_server.infrastructure.config_reload import BindSpec, reload_server_config
from adn_server.infrastructure.logging_config import reopen_file_handlers
from adn_server.infrastructure.persistence import PickleSubMapStore
from adn_server.infrastructure.persistence.alias_loader import DefaultAliasLoader
from adn_server.infrastructure.persistence.database_config import database_settings
from adn_server.infrastructure.persistence.dynamic_tg_repository import MysqlDynamicTgRepository
from adn_server.infrastructure.persistence.keys_store import JsonKeysStore
from adn_server.infrastructure.persistence.mysql_pool import create_mysql_pool, ensure_database_sync
from adn_server.infrastructure.proxy import apply_proxy_config_reload, start_proxy_service
from adn_server.infrastructure.security.password_download import (
DefaultSecurityDownloader,
StubSecurityDownloader,
)
from adn_server.infrastructure.security.user_passwords_loader import UserPasswordsLoader
from adn_server.infrastructure.subscription_store import InMemorySubscriptionStore
from adn_server.infrastructure.talker_alias_emblc import default_ta_emblc_encoder
from adn_server.infrastructure.twisted_adapters.report.mqtt_config import mqtt_settings_from_config
from adn_server.infrastructure.twisted_adapters.report.mqtt_publisher import (
create_report_mqtt_publisher,
reconcile_mqtt_publisher,
)
from adn_server.infrastructure.twisted_adapters.report.worker import start_report_queue_worker
from adn_server.infrastructure.twisted_adapters.report_server import ReportServerFactory
from adn_server.infrastructure.twisted_adapters.udp_hbp import HBPProtocolFactory
from adn_server.infrastructure.voice import DefaultVoiceProvider, StubVoiceProvider
from adn_server.infrastructure.voice.recording import RecordingHandler
class ReportSenderAdapter(ReportSender):
"""Adapt ReportServerFactory to ReportSender port."""
def __init__(self, factory: ReportServerFactory) -> None:
self._factory = factory
def set_systems(self, systems) -> None:
self._factory.set_systems(systems)
def set_routing_table(self, bridges) -> None:
self._factory.set_routing_table(bridges)
def send_config(self, systems, *, incremental: bool = False) -> None:
self._factory.set_systems(systems)
self._factory.send_config(incremental=incremental)
def send_routing_table(self, bridges, *, incremental: bool = False) -> None:
self._factory.set_routing_table(bridges)
self._factory.send_routing_table(incremental=incremental)
def send_routing_event(self, event: str) -> None:
self._factory.send_routing_event(event)
def set_peer_slot_map(self, provider) -> None:
self._factory.set_peer_slot_map(provider)
def _wire_proxy_report_slots(
report_factory: ReportServerFactory,
proxy_state: Any,
) -> None:
"""Bind proxy upstream slot indices into monitor topology expansion."""
if proxy_state is None:
report_factory.set_peer_slot_map(None)
return
def _slot_map() -> dict[bytes, int]:
return {
slot.peer_id: slot.report_slot
for slot in proxy_state.use_cases.list_slots()
if slot.report_slot is not None
}
report_factory.set_peer_slot_map(_slot_map)
def _wire_monitor_downlink_ctx(
report_factory: ReportServerFactory,
protocols: dict[str, Any],
) -> None:
"""Bind live MASTER downlink state into monitor voice-event fan-out."""
def _ctx_for(system_name: str) -> Any:
protocol = protocols.get(system_name)
if protocol is None:
return None
provider = getattr(protocol, "downlink_context_for_monitor", None)
if callable(provider):
return provider()
legacy = getattr(protocol, "_downlink_ctx", None)
if callable(legacy):
return legacy()
return None
report_factory.set_downlink_ctx_for_system(_ctx_for)
def _seed_echo_routing_table(config: dict) -> dict:
"""Initial BRIDGES for ECHO system (legacy make_bridges 9990 + MASTER expansion)."""
now = time.time()
timeout_sec = 2 * 60
tgid_b = bytes_3(9990)
bridges: dict = {
"9990": [
{
"SYSTEM": "ECHO",
"TS": 2,
"TGID": tgid_b,
"ACTIVE": True,
"TIMEOUT": timeout_sec,
"TO_TYPE": "NONE",
"ON": [],
"OFF": [],
"RESET": [],
"TIMER": now + timeout_sec,
}
]
}
systems_cfg = config.get("SYSTEMS", {})
for _system, sys_cfg in systems_cfg.items():
if _system == "ECHO":
continue
if sys_cfg.get("MODE") != "MASTER":
continue
_tmout = float(sys_cfg.get("DEFAULT_UA_TIMER", 10))
bridges["9990"].append({"SYSTEM": _system, "TS": 1, "TGID": tgid_b, "ACTIVE": False, "TIMEOUT": _tmout * 60, "TO_TYPE": "ON", "OFF": [], "ON": [tgid_b], "RESET": [], "TIMER": now})
bridges["9990"].append({"SYSTEM": _system, "TS": 2, "TGID": tgid_b, "ACTIVE": False, "TIMEOUT": _tmout * 60, "TO_TYPE": "ON", "OFF": [], "ON": [tgid_b], "RESET": [], "TIMER": now})
return bridges
def _looping_errback(logger: logging.Logger, failure):
"""Errback for LoopingCalls (legacy loopingErrHandle). Stops reactor to avoid memory leaks."""
try:
tb = failure.getTraceback() if hasattr(failure, "getTraceback") else str(failure)
except Exception:
tb = repr(failure)
logger.error(
"(GLOBAL) STOPPING REACTOR TO AVOID MEMORY LEAK: Unhandled error in timed loop.\n%s",
tb,
)
from twisted.internet import reactor as _reactor
_reactor.stop()
def run_peer_server(
config: dict,
config_path: str,
project_root: str,
*,
no_proxy: bool,
logger: logging.Logger,
voice_config_path: str,
loader: Any,
) -> None:
# Aliases
alias_loader = DefaultAliasLoader()
peer_ids, subscriber_ids, talkgroup_ids, local_subscriber_ids, server_ids, checksums = (
alias_loader.load_aliases(config)
)
subscriber_ids[900999] = "D-APRS"
subscriber_ids[4294967295] = "SC"
config["_SUB_IDS"] = subscriber_ids
config["_SUB_PROFILES"] = alias_loader.load_subscriber_profiles(config)
config["_PEER_IDS"] = peer_ids
config["_TG_IDS"] = talkgroup_ids
config["_LOCAL_SUBSCRIBER_IDS"] = local_subscriber_ids
config["_SERVER_IDS"] = server_ids
config["CHECKSUMS"] = checksums
# SUB_MAP (shared mutable; used by SubMapTrimmer and shutdown)
aliases_cfg = config.get("ALIASES", {})
data_path = (aliases_cfg.get("PATH") or ".").rstrip("/")
sub_map_file = aliases_cfg.get("SUB_MAP_FILE") or "sub_map.pkl"
sub_map_path = os.path.join(project_root, data_path, sub_map_file)
sub_map_store = PickleSubMapStore()
sub_map = sub_map_store.load(sub_map_path)
config["_SUB_MAP"] = sub_map
# Generator: expand MASTER systems with GENERATOR > 1 into SYSTEM-0, SYSTEM-1, ... (legacy)
_expand_generator(config, logger)
normalize_proxy_target(config)
_ensure_system_runtime_config(config)
_normalize_peer_config(config)
_normalize_obp_config(config)
runtime_holder = RuntimeContextHolder(RuntimeContext(config=config, config_path=config_path))
config = ConfigProxy(runtime_holder)
db_settings = database_settings(config)
if not ensure_database_sync(
db_settings["db_server"],
db_settings["db_username"],
db_settings["db_password"],
db_settings["db_name"],
db_settings["db_port"],
):
logger.critical("(GLOBAL) Startup aborted — MariaDB required for dynamic TG persistence")
raise SystemExit(1)
mysql_pool = create_mysql_pool(
db_settings["db_server"],
db_settings["db_username"],
db_settings["db_password"],
db_settings["db_name"],
db_settings["db_port"],
)
dynamic_tg_store = MysqlDynamicTgRepository(mysql_pool)
# Subscription store is runtime routing authority; acl_router is ACL-only (D-08).
acl_router = InMemoryAclRouter()
systems_cfg = config.get("SYSTEMS", {})
subscription_store = InMemorySubscriptionStore()
if "ECHO" in systems_cfg and systems_cfg["ECHO"].get("MODE") in ("PEER", "MASTER"):
replace_store_from_routing_table(subscription_store, _seed_echo_routing_table(config))
_ctx = runtime_holder.get()
runtime_holder.swap(
RuntimeContext(
config=_ctx.config,
config_path=_ctx.config_path,
subscription_store=subscription_store,
)
)
# Protocol registry for send_to_system (legacy: systems[name].send_system(packet))
protocols: dict[str, Any] = {}
udp_ports: dict[str, Any] = {}
report_mqtt = create_report_mqtt_publisher(config)
report_factory = ReportServerFactory(config, mqtt=report_mqtt)
def send_to_system(system_name: str, packet: bytes, **kwargs: Any) -> None:
p = protocols.get(system_name)
if p is not None and hasattr(p, "send_system"):
p.send_system(packet, **kwargs)
def send_dmra_to_system(
system_name: str,
packets: list[bytes],
exclude_peer: bytes | None = None,
*,
slot: int | None = None,
tgid: int | None = None,
) -> int:
p = protocols.get(system_name)
if p is not None and hasattr(p, "send_dmra_system"):
return int(
p.send_dmra_system(
packets,
exclude_peer=exclude_peer,
slot=slot,
tgid=tgid,
)
or 0
)
return 0
def get_dmra_blocks(system_name: str, stream_id: bytes) -> dict[int, bytes] | None:
p = protocols.get(system_name)
if p is not None and hasattr(p, "get_dmra_blocks"):
return p.get_dmra_blocks(stream_id)
return None
def send_bcsq(system_name: str, tgid: bytes, stream_id: bytes) -> None:
"""Legacy: bridge calls send_bcsq (e.g. loop control first OBP). OBP protocol only."""
p = protocols.get(system_name)
if p is not None and hasattr(p, "_obp_send_bcsq"):
p._obp_send_bcsq(tgid, stream_id)
report_inner = ReportSenderAdapter(report_factory)
report_queue = BoundedReportQueue()
report_sender = QueuedReportSender(report_queue, report_inner)
report_factory.set_systems(systems_cfg)
report_factory.set_routing_table({})
reporting_use_cases = ReportingUseCases(report_sender, config)
if config.get("GLOBAL", {}).get("URL_SECURITY", "").strip():
security = DefaultSecurityDownloader(project_root)
else:
security = StubSecurityDownloader()
security.init_downloads(config)
user_passwords_loader = UserPasswordsLoader(project_root)
user_passwords_loader.load(config)
recording_handler = RecordingHandler(config, project_root)
# Voice: AMBE words + pkt_gen (legacy readAMBE + mk_voice). Use Default when Audio dir exists.
# ANNOUNCEMENT_LANGUAGES is only for voice ident; announcements/TTS use per-item LANGUAGE.
audio_path = os.path.join(project_root, config.get("VOICE", {}).get("AUDIO_PATH", "Audio"))
if config.get("VOICE") and not os.path.isdir(audio_path):
os.makedirs(audio_path, exist_ok=True)
if os.path.isdir(audio_path):
voice_provider = DefaultVoiceProvider()
else:
voice_provider = StubVoiceProvider()
def _start_voice_loop(fn, interval: float, now: bool):
lc = task.LoopingCall(fn)
d = lc.start(interval, now=now)
d.addErrback(_looping_errback, logger)
return lc
voice_use_cases = VoiceUseCases(
voice_provider,
config,
get_protocols=lambda: protocols,
call_from_reactor=reactor.callFromThread,
audio_path=audio_path,
routing_table_for_report=lambda: {},
call_later=reactor.callLater,
start_looping_call=_start_voice_loop,
defer_to_thread=threads.deferToThread,
)
voice_use_cases.check_voice_config_reload(voice_config_path)
ident_use_cases = IdentUseCases(
config,
voice_use_cases,
audio_path,
get_protocols=lambda: protocols,
call_from_reactor=reactor.callFromThread,
)
routing_use_cases = RoutingUseCases(
acl_router,
config,
subscription_store,
send_to_system=send_to_system,
get_protocols=lambda: protocols,
reporting=reporting_use_cases,
on_relay_deactivated=lambda sys: reactor.callInThread(voice_use_cases.disconnected_voice, sys),
send_bcsq=send_bcsq,
send_dmra_to_system=send_dmra_to_system,
get_dmra_blocks=get_dmra_blocks,
call_later=reactor.callLater,
encode_emblc=encode_emblc,
ta_emblc_encoder=default_ta_emblc_encoder,
)
routing_use_cases.apply_startup_subscriptions()
dynamic_tg_uc = DynamicTgUseCases(
dynamic_tg_store,
on_restored=routing_use_cases.sync_restored_dynamic_tgs,
)
routing_table_for_report = routing_use_cases.routing_table_for_report
voice_use_cases._routing_table_for_report = routing_table_for_report
report_factory.set_routing_table(routing_table_for_report())
report_factory.set_systems(config.get("SYSTEMS", {}))
# Report server (same order as legacy: log then listen)
if config.get("REPORTS", {}).get("REPORT", True):
logger.info("(REPORT) HBlink TCP reporting server configured")
port = config["REPORTS"].get("REPORT_PORT", 4321)
reactor.listenTCP(port, report_factory)
logger.info("(REPORT) Report server listening on TCP %s", port)
start_report_queue_worker(
report_queue,
report_inner,
on_errback=lambda e: _looping_errback(e, logger),
)
if report_mqtt is not None:
report_factory.start_mqtt()
reactor.addSystemEventTrigger("during", "shutdown", report_mqtt.stop)
# Reporting loop (REPORT_INTERVAL) — same logs as legacy after send_config/send_routing_table
def reporting_loop():
logger.debug("(REPORT) Periodic reporting loop started")
reporting_use_cases.send_config(config.get("SYSTEMS", {}))
reporting_use_cases.send_routing_table(routing_table_for_report())
# Legacy: peer count and SUB_MAP count
systems_with_peers = sum(1 for s in config.get("SYSTEMS", {}) if config.get("SYSTEMS", {}).get(s, {}).get("PEERS"))
logger.info("(REPORT) %s systems have at least one peer", systems_with_peers)
logger.info("(REPORT) Subscriber Map has %s entries", len(config.get("_SUB_MAP", {})))
report_interval = config.get("REPORTS", {}).get("REPORT_INTERVAL", 60)
task.LoopingCall(reporting_loop).start(report_interval).addErrback(_looping_errback, logger)
# LoopingCalls (legacy intervals). rule_timer / stat_trimmer mutate SubscriptionStore on reactor
# Timer loops run on the reactor thread (no deferToThread — avoids races with dmrd_received).
def _rule_timer_on_reactor() -> None:
routing_use_cases.rule_timer_loop()
reporting_use_cases.send_routing_table(routing_table_for_report(), incremental=True)
task.LoopingCall(_rule_timer_on_reactor).start(52).addErrback(_looping_errback, logger)
task.LoopingCall(routing_use_cases.stream_trimmer_loop).start(5).addErrback(_looping_errback, logger)
task.LoopingCall(routing_use_cases.subscription_reset_loop).start(6).addErrback(_looping_errback, logger)
if config.get("GLOBAL", {}).get("GEN_STAT_BRIDGES", False):
def _stat_trimmer_on_reactor() -> None:
routing_use_cases.stat_trimmer_loop()
reporting_use_cases.send_routing_table(routing_table_for_report(), incremental=True)
task.LoopingCall(_stat_trimmer_on_reactor).start(303).addErrback(_looping_errback, logger)
# KA Reporting (legacy kaReporting, 60s)
task.LoopingCall(lambda: threads.deferToThread(reporting_use_cases.ka_reporting_loop)).start(60).addErrback(_looping_errback, logger)
# bridgeDebug (legacy 66s) — remove invalid bridges, fix >1 active dial per MASTER
if config.get("GLOBAL", {}).get("DEBUG_BRIDGES"):
task.LoopingCall(
lambda: (
routing_use_cases.subscription_debug_loop(),
reporting_use_cases.send_routing_table(routing_table_for_report(), incremental=True),
)
).start(66).addErrback(_looping_errback, logger)
# Alias reload (STALE_DAYS -> seconds)
alias_interval = (aliases_cfg.get("STALE_DAYS") or 1) * 86400
def alias_reload_loop():
logger.debug("(ALIAS) starting alias thread")
try:
peer_ids, subscriber_ids, talkgroup_ids, local_subscriber_ids, server_ids, checksums = (
alias_loader.load_aliases(config)
)
config["_SUB_IDS"] = subscriber_ids
config["_SUB_PROFILES"] = alias_loader.load_subscriber_profiles(config)
config["_PEER_IDS"] = peer_ids
config["_TG_IDS"] = talkgroup_ids
config["_LOCAL_SUBSCRIBER_IDS"] = local_subscriber_ids
config["_SERVER_IDS"] = server_ids
config["CHECKSUMS"] = checksums
except Exception as e:
logger.warning("(ALIAS) alias reload failed: %s", e)
task.LoopingCall(alias_reload_loop).start(alias_interval).addErrback(_looping_errback, logger)
# SubMapTrimmer (3600s) + save
def sub_map_trimmer_loop():
logger.debug("(SUBSCRIBER) Subscriber Map trimmer loop started")
now = time.time()
to_remove = [k for k, v in sub_map.items() if v[2] < (now - 86400)]
for k in to_remove:
sub_map.pop(k, None)
if aliases_cfg.get("SUB_MAP_FILE"):
try:
sub_map_store.save(sub_map_path, sub_map)
logger.info("(SUBSCRIBER) Writing SUB_MAP to disk")
except Exception as e:
logger.warning("(SUBSCRIBER) Cannot write SUB_MAP to file: %s", e)
task.LoopingCall(sub_map_trimmer_loop).start(3600).addErrback(_looping_errback, logger)
# Kill switch + shutdown (legacy kill_server every 5s; SIGTERM/SIGINT trigger _KILL_SERVER)
config.setdefault("GLOBAL", {})["_KILL_SERVER"] = False
keys_store = JsonKeysStore()
keys_path = os.path.join(project_root, data_path, aliases_cfg.get("KEYS_FILE") or "keys.json")
keys = keys_store.load(keys_path) if keys_path else {}
def kill_server_loop():
try:
if config.get("GLOBAL", {}).get("_KILL_SERVER"):
logger.info("(GLOBAL) SHUTDOWN: CONFBRIDGE IS TERMINATING - killserver called")
if reactor.running:
reactor.stop()
if aliases_cfg.get("SUB_MAP_FILE"):
sub_map_store.save(sub_map_path, sub_map)
try:
keys_store.save(keys_path, keys)
logger.info("(KEYS) saved system keys to keystore")
except Exception as e:
logger.error("(GLOBAL) Cannot save key file: %s", e)
except KeyError:
pass
task.LoopingCall(kill_server_loop).start(5).addErrback(_looping_errback, logger)
def shutdown_handler():
"""On reactor shutdown: save SUB_MAP and keys."""
if aliases_cfg.get("SUB_MAP_FILE"):
try:
sub_map_store.save(sub_map_path, config["_SUB_MAP"])
logger.info("(SUBSCRIBER) Writing SUB_MAP to disk (shutdown)")
except Exception as e:
logger.warning("(SUBSCRIBER) Cannot write SUB_MAP on shutdown: %s", e)
try:
keys_store.save(keys_path, keys)
logger.info("(KEYS) saved system keys to keystore (shutdown)")
except Exception as e:
logger.error("(GLOBAL) Cannot save key file on shutdown: %s", e)
def sig_handler(sig, frame):
logger.info("(GLOBAL) SHUTDOWN: CONFBRIDGE IS TERMINATING WITH SIGNAL %s", sig)
for _sys_name in protocols:
logger.info("(GLOBAL) SHUTDOWN: DE-REGISTER SYSTEM: %s", _sys_name)
try:
protocols[_sys_name].dereg()
except Exception:
pass
config["GLOBAL"]["_KILL_SERVER"] = True
if reactor.running:
reactor.stop()
def sigusr2_reopen_logs(_sig, _frame):
"""Logrotate: reopen file log handlers (does not reload config)."""
n = reopen_file_handlers()
logger.info("(LOGGER) Reopened %s file log handler(s) after SIGUSR2", n)
def _create_hbp_protocol(system_name: str) -> Any:
return HBPProtocolFactory(
system_name,
config,
report_sender,
router=acl_router,
dmrd_received=routing_use_cases.dmrd_received,
get_user_password_callback=user_passwords_loader.get_user_password,
on_play_file_request=voice_use_cases.play_file_on_request,
on_handle_recording=recording_handler.handle_recording,
on_in_band_signalling=routing_use_cases.apply_in_band_signalling,
on_options_received=routing_use_cases.options_config_for_system,
on_deactivate_dynamic_relays=routing_use_cases.deactivate_all_dynamic_relays,
on_obp_bcsq_received=routing_use_cases.on_obp_bcsq_received,
on_talker_alias_repeat_prepare=routing_use_cases.prepare_talker_alias_local_repeat,
on_talker_alias_repeat_burst=routing_use_cases.rewrite_repeat_voice_burst,
on_talker_alias_stream_end=routing_use_cases.clear_talker_alias_stream,
on_dmra_fragment_stored=routing_use_cases.on_dmra_fragment_stored,
routing_table_for_report=routing_table_for_report,
get_subscription_store=lambda: subscription_store,
dynamic_tg_uc=dynamic_tg_uc,
)
def _listen_system(_name: str, bind: BindSpec, protocol: Any) -> Any:
port = reactor.listenUDP(bind.port, protocol, interface=bind.ip or "0.0.0.0")
apply_udp_rcvbuf(port.socket, udp_rcvbuf_bytes(config), label=_name, logger=logger)
logger.info("(GLOBAL) UDP %s listening on %s:%s", _name, bind.ip or "*", bind.port)
return port
def _stop_udp_port(port: Any) -> Any:
if port is not None:
return port.stopListening()
return None
# UDP / proxy listeners (proxy_state declared before reload handler uses nonlocal)
proxy_state = None
proxy_enabled = not no_proxy and proxy_target_system(config) is not None
def _should_bind_udp(system_name: str, sys_cfg: dict[str, Any]) -> bool:
return not is_proxy_inject_only(config, system_name)
def _on_config_systems_changed() -> None:
routing_use_cases.apply_startup_subscriptions()
reporting_use_cases.send_config(config.get("SYSTEMS", {}))
reporting_use_cases.send_routing_table(routing_table_for_report())
user_passwords_loader.load(config)
def _apply_reload_success(result: Any, *, new_config: dict[str, Any], mqtt_before: Any) -> None:
nonlocal report_mqtt, proxy_state
swap_runtime_config(runtime_holder, new_config, config_path=config_path)
normalize_proxy_target(config)
report_factory.set_config(config)
mqtt_after = mqtt_settings_from_config(config)
report_mqtt = reconcile_mqtt_publisher(
report_factory,
report_mqtt,
mqtt_before,
mqtt_after,
report_enabled=config.get("REPORTS", {}).get("REPORT", True),
)
if proxy_state is not None:
apply_proxy_config_reload(proxy_state, config, logger=logger)
_wire_proxy_report_slots(report_factory, proxy_state)
elif proxy_enabled and proxy_target_system(config):
proxy_state = start_proxy_service(config, protocols, logger=logger)
_wire_proxy_report_slots(report_factory, proxy_state)
else:
_wire_proxy_report_slots(report_factory, None)
if result.added or result.removed or result.updated or result.rebound:
_on_config_systems_changed()
def _do_config_reload() -> None:
nonlocal report_mqtt, proxy_state
mqtt_before = mqtt_settings_from_config(config)
new_config = prepare_reload_config(runtime_holder)
def _on_reload_done(result: Any) -> None:
_apply_reload_success(result, new_config=new_config, mqtt_before=mqtt_before)
def _on_reload_failed(failure: Any) -> None:
logger.error("(CONFIG-RELOAD) aborted: %s", failure.value)
reload_server_config(
new_config,
config_path,
loader,
protocols,
udp_ports,
create_protocol=_create_hbp_protocol,
listen_udp=lambda n, b, p: _listen_system(n, b, p),
stop_listener=_stop_udp_port,
on_systems_changed=None,
on_system_removed=routing_use_cases.flush_monitor_events_for_system,
should_bind_udp=_should_bind_udp,
log=logger,
).addCallbacks(_on_reload_done, _on_reload_failed)
def sighup_reload_config(_sig, _frame):
"""Reload adn-server.yaml (SYSTEMS, GLOBAL); keeps active streams on unchanged listeners."""
logger.info("(CONFIG-RELOAD) SIGHUP received, scheduling reload")
reactor.callLater(0, _do_config_reload)
signal.signal(signal.SIGTERM, sig_handler)
signal.signal(signal.SIGINT, sig_handler)
signal.signal(signal.SIGUSR2, sigusr2_reopen_logs)
if hasattr(signal, "SIGHUP"):
signal.signal(signal.SIGHUP, sighup_reload_config)
logger.info("(CONFIG-RELOAD) SIGHUP handler active (systemctl reload / kill -HUP)")
reactor.addSystemEventTrigger("before", "shutdown", shutdown_handler)
# Voice config reload (15s): re-read adn-voice.yaml, start/stop announcement LoopingCalls on change
def voice_reload_loop():
try:
loader.reload_voice_config(config, voice_config_path)
voice_use_cases.check_voice_config_reload(voice_config_path)
except Exception as e:
logger.debug("(VOICE-RELOAD) %s", e)
task.LoopingCall(voice_reload_loop).start(15).addErrback(_looping_errback, logger)
logger.info("(VOICE-RELOAD) config file watch active (every 15 seconds)")
def security_loop():
security.periodic_download(config)
task.LoopingCall(security_loop).start(300).addErrback(_looping_errback, logger)
logger.info("(SECURITY) Periodic password download task started (every 5 minutes)")
# Ident (3600s): run ident in thread for MASTERs with VOICE_IDENT
def ident_loop():
logger.debug("(IDENT) starting ident thread")
reactor.callInThread(ident_use_cases.run_ident)
task.LoopingCall(ident_loop).start(3600).addErrback(_looping_errback, logger)
task.LoopingCall(routing_use_cases.log_connected_systems_and_tgs).start(60).addErrback(_looping_errback, logger)
task.LoopingCall(lambda: logger.debug("(ROUTER) KeepAlive reporting loop started")).start(60).addErrback(_looping_errback, logger)
def dynamic_tg_purge_loop() -> None:
dynamic_tg_uc.purge_expired(config)
task.LoopingCall(dynamic_tg_purge_loop).start(60).addErrback(_looping_errback, logger)
logger.info("(DYNAMIC_TG) Expired SINGLE=1 purge loop started (every 60 seconds)")
# UDP listeners per system (same order as legacy: SYSTEM STARTING then instance created per system)
logger.info("(GLOBAL) ADN DMR Peer Server -- SYSTEM STARTING...")
for system_name, sys_cfg in systems_cfg.items():
if not sys_cfg.get("ENABLED", True):
continue
protocol = _create_hbp_protocol(system_name)
protocols[system_name] = protocol
if not _should_bind_udp(system_name, sys_cfg):
logger.info("(PROXY) %s inject-only (no UDP bind)", system_name)
continue
bind = BindSpec(ip=str(sys_cfg.get("IP") or "0.0.0.0"), port=int(sys_cfg.get("PORT", 56400)))
udp_ports[system_name] = _listen_system(system_name, bind, protocol)
logger.debug(
"(GLOBAL) %s instance created: %s, %s",
sys_cfg.get("MODE", "?"),
system_name,
protocol,
)
_wire_monitor_downlink_ctx(report_factory, protocols)
if proxy_enabled:
try:
proxy_state = start_proxy_service(
config, protocols, logger=logger, mysql_pool=mysql_pool,
)
except Exception as exc:
logger.error("(PROXY) failed to start integrated proxy: %s", exc)
raise
def _stop_proxy(_: Any = None) -> None:
if proxy_state is not None:
proxy_state.stop()
reactor.addSystemEventTrigger("before", "shutdown", _stop_proxy)
_wire_proxy_report_slots(report_factory, proxy_state)
logger.info("(GLOBAL) ADN DMR Peer Server started. Use adn-dmr-server as reference.")
reactor.suggestThreadPoolSize(100)
reactor.run()
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